201240566 110145.TW 37883twf.doc/n 六、發明說明： 【發明所屬之技術領域] 本發明是有關於一種栓鎖模組，且特別是—種 鎖電子裝置之機體的栓鎖模組。 $ α& 【先前技術】 現有隨著科技的日趨發展、製程技術的精進， -種產品在要求祕、品f好的同時也會盡可能 : 體積，使其方便移動或是攜帶，更尤其是在筆雷 -方面，每-製造者為了滿从部分客戶的需求， 盡各種方式縮小㈣體積，然而，其所利用的 j用 去鑽研如何使筆記型電腦内部的 1 ^兀件體積&小、功H變，甚至增加功能， 電 =功的料許可叫到目的，但是邮f 方式如 成本均相當高昂。 Ί人力、 在此以筆記型電腦内的栓鎖模組為例， 閉闔狀態時的筆記型電腦得以將機體鎖扣在，處於 動作順暢，習知之栓鎖裝置所採S個 別零件繁夕，因而在製造上幾乎每多 用的個 費成本來設計-個模具進行生產，而且^二須多花 裝過程所需要的時間也必定會增加； 二牛f的話組 腦在尺寸上要求越來越小、越^ 、，々筆記型電 部空間也隨之變小。如此一 ，，以至於在機體的内 小時，配置其内的栓鎖二=體的内部空間越來越 貝姨、讀相關零件也同樣的必須以較 201240566 i iuiHj.1 W 37883twf.doc/n 薄的尺寸製造，進而加深零件製作與組裝的困難度。 【發明内容】 本發明提供一種 構件組成。 電子裝置，其栓鎖模組具有較簡易的 本發明的一實施例裎ψ _ 置。電子I置具有相對‘二=模組，翻於電子裝 栓鎖模組配置在第―機㈣，Β第一機體與一第二機體。 M m D* Λ. ^ 體，且在第一機體相對於第_機舻 :時=?::件，Π括-按壓件、= 栓鎖件沿-第二⑽H體且按屢件抵靠在連動件上。 抵靠在栓鎖件上。㈣件相：m體，且連動件 連動動件相對於第—機體轉動，而使 m 對於第—機體沿第二軸向移動。 體、3明的一實施例提出一種電子裝置，包括一第一機 體並相對於第一機體開閨。栓鎖模二=裝土第-機 且栓鎖模組包括—按射二:二己置，第—機體内， -機ΐ t 設於第一機體。連動件樞設至第 機體’且域件抵靠在勒件上。栓辦f if 體’ Μ動件抵靠在检鎖件上。相對 ;機體沿第-軸向移動以抵麗連動 相對於第-機體轉動，而使連動件栓鎖件=== 4 201240566 110145.TW37883twf.d〇c/n 機體沿第二軸向移動。 在本發明之一實施例中，上述之連 位在本體之相對兩側的一第_連動部與 ^ 本體與 Πί::機體，以使:一連動部與第二連動部:對ί 第-機體轉動。按壓件抵靠第—連動1相對於 栓鎖件。 乐—連動部抵靠 件。ίΐ:二=轉中二之連動件為…構 ΐ:ΐΓ長度’而當連動件轉動時，與按壓件。之 轉動行程小於與栓鎖件接 在本發明之一實施例中，上述之栓 體的移動行程，大於按壓件㈣於第—機體的移動機 -第在實闕巾，上件紐—桿體、 置及Ϊ少二勾。桿體沿第二轴向滑 。ΪΓ 抵靠部配置在桿體上且抵靠於第二 卡勾配置在桿體上並突出於第一機體。 基於上述，在本發明的上述實施例中， 二置在機體内的栓鎖模組而拴鎖或解鎖機體，且 搭配，便能將使用者的施力二=與:動構件相互 的方式達到栓鎖或解栓鎖件。如此以較簡易 順暢，而能使電子事置朝二二同時維持其動作過程的 电卞忒置朝輕溥紐小的趨勢進行設計。 f 37883twf.doc/n 201240566 —為讓本發明之上述特徵和優點能更明顯易懂，下文特 舉實施例，並配合所附圖式作詳細說明如下。 【實施方式】 圖1疋依照本發明一實施例的一種電子裝置的示意 j。圖2是圖1的電子裝置揭除部分殼體後的局部示意圖。 "月，時參考圖1及圖2，在本實施例中，電子裝置1〇〇例 如疋一筆記型電腦，其包括能彼此開闔的一第一機體ιι〇 列如為主機）、一第二機體120 (例如為螢幕）與一栓 組130，其中栓鎖模組130配置在第一機體11〇内且 ^構件穿過並突出於第—機體nG外，以讓使用者藉由 才呆作检鎖模、组13〇 ’而將第一機體11〇與第二機體⑽拴 鎖f-起或使第一機體m與第二機體12G彼此解鎖而得 以展開。 ^ 3疋圖2的電子裝置的局部放大圖。請同時參考圖 ,p6, 3 ’在本實施例中，栓鎖模組130包括相互抵靠在一 =了巧件132、—連動件134以及—栓鎖件136。依序 播I# /壓件132沿—第—軸向L1可移動地穿設於第-向R1 。連動件134樞設至第一機體110並以一轉動方 ^相對於第一機體110轉動。栓鎖件136沿一第二轴 二機體1ΓΛ地配置在第—機體11G内，且部分突出於第 抵靠在按二Γ用以栓鎖第二機體120。連動件134分別 一在知:堡件132與栓鎖件136之間。 康此，當使用者施力於按壓件132上以使其沿第一軸 6 201240566 I10145.TW37883twf.doc/n 向〒移動時，按壓件132會帶動連動件i34 便1會目 轉動。接著，轉_連動件134 便會帶動域件136沿第二軸向L2 ==;第質二機體12°的__。蝴： 不以此為限，任何用= 二第‘軸向L2 ’但本發明並 的傳動者，皆有不平行移動㈣之構件間 的按=與本=?=藉由呈直線移動 134 ’以讓使用者對按壓件132的施即 換成㈣件136的移動軸向。換句二 以二二ϋ30猎由簡易的構件便能達到傳動的效果， 以凡成柽鎖杈組13〇對第一機體丨 栓鎖與解鎖的功能。相較 I、— 〇之間 作’本發明具有較低的能完成的動 動而按疋件132 ▼動連動件134與栓鎖件136移 ^ 130對第二機體120解鎖的情形予以描 t令並未限制於此’亦即上述構件的連動關係及 動作^使栓鎖模組13〇對第二機體12〇產生检鎖之效果。 ★ Ψ °月=時參考圖2及圖3 ’詳細而言，按壓件132具有 1幾體110外的—按屢部132。與位在第一機體 」=疒第-抵靠部132b。再者，第—抵靠部132b在第 2向的法平面上的正投影面積，大於按麼部132a在 平面上的正投影面積，亦即露出於第一機體ιι〇外的按 w 37883twf.doc/n 201240566 壓部132a，其截面積大於位在第一機體11〇内且抵靠在連 動件134上的第一抵靠部13213的戴面積。如此，使用者能 方便且省力地施力在按壓部132a上便能帶動第一抵靠部 132b移動。再者，為了讓按壓部132a受壓後，第一抵靠 部132b能沿著第一轴向L1順利地驅動連動件134，第一 機體11〇具有沿第一軸向L1延伸設置的一導引部ιΐ2。如 此第抵罪部132b便能沿著導引部112而相對於第一機 體110移動，而避免按壓部132&與第一抵靠部132b 時發生偏移。 再者，連動件134具有一本體134a與位在本體134 之相對兩側的-第-連動部134b與一第二連動部H 本體134a樞接至第—機體110,以使第-連動部134M 第二連動部134c相對於第一機體11〇轉動。按麼件13 的第一抵靠部132b抵靠在第一連動部13仆上。據此，遣 第-抵靠部132b沿第-軸向L1移動時，便能帶動第一这 動部134b沿轉動方向R1相對於第一機體11〇轉動。 另外，栓鎖件136包括一桿體136a與一第二抵靠部 =6b，其中桿體136a沿第二轴向u滑動地設置在第一機 =11〇内。第二抵靠部136b固設在桿體上，且抵靠 f連動，U4的第二連動部⑽上。值得一提的是，連動 134實質上為-l形構件，本體134a位在L形構件的 ，角處’而第-連動部134b與第二連動部13如分別為從 體13如朝向不同方向延伸的兩個支臂。因此，沿轉動方 向幻轉動的連動件134便以第二連動部13如驅動第二抵 8 201240566 110145.TW 37883twf.doc/n 靠部136b與桿體136a沿第二軸向L2移動。屆此，栓鎖 模組130便以上述構件132、134與136而完成兩個不同軸 向LI、L2間的傳動動作。 此外，第一連動部134b與第二連動部134c分別位在 彼此相異的兩平面上，亦即在本實施例中按壓件與第 一連動部134b位在一平面上，而栓鎖件與第二連動部 134c位在另一平面。在此，此兩相異的平面是指相對於第 一機體110的底部具有不同高度者。此舉讓具有不同移動 軸向的按壓件132與栓鎖件136能同時與連動件134耦接 且彼此錯位，因而能有效地降低栓鎖模組13〇在 Π0内所佔的體積。 請再參考圖1與圖2，栓鎖件136還具有固 服相對兩側上的—對卡勾㈣，且其突出於第 ，之外，而第二機體12G具有對應此對卡勾挪的一^ 样卡隨著桿體136a相對於第一機 拉110 q動而扣持或脫離扣孔122，以達 二機體120的效果。 ^’負或解鎖第 在本實施例中，由於第一連動部134b -連動部134c的長度’因此拴鎖件136 110的移動行程，大於按壓件132相 ；機組 移動行程。換句話說，使用者以—較短距離=㈣的 132’便能造成栓鎖件136移動—較長輯推動按壓件 =0藉由較小施力便能達到栓鎖或解鎖第二 效果，而讓使用者較為省力。 璣粗120的 37883twf.doc/n 201240566 w 在本發明的上述實施例令，電子裝置藉由配置在機體 内的松鎖模組而栓鎖或解鎖機體，且由於栓鎖模組的構件 組成簡單，其制用移祕件與轉動構件相互搭配，便能 將使用者的施力傳達錄鎖件。如此讀簡㈣方式達到 栓鎖或解_效果，且㈣轉其動作過程_暢，以使 電子裝置能朝輕薄短小的趨勢進行設計 雖財發明已以實施觸露如上，然其並_以限定 号明，任何所屬技術領域中具有通常知識者，在不脫離 私^明之精神和範圍内，當可作些許之更動與潤飾，故本 x之保5蒦範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 圖1疋依照本發明一實施例的一種電子裝置的示意 圖。 圖2是圖1的電子裝置揭除部分殼體後的局部示意 圖0 圖3疋圖2的電子裝置的局部放大圖。 【主要元件符號說明】 100 :電子裝置 110 :第一機體 112 :導引部 12〇 :第二機體 122 :扣孔 130 :栓鎖模組 132 :按壓件 132a :按壓部 132b :第一抵靠部 134 :連動件 201240566 110145.TW 37883twf.doc/n 134a :本體 136b 134b :第一連動部 136c 134c :第二連動部 LI ： 136 ： 栓鎖件 L2 ： 136a :桿體 R1 ： :第二抵靠部 :卡勾 第·一轴向 第二轴向 轉動方向 11201240566 110145.TW 37883twf.doc/n VI. Description of the Invention: [Technical Field] The present invention relates to a latching module, and more particularly to a latching module for a body of a lock electronic device. $α& [Prior Art] With the development of technology and the advancement of process technology, the products are as good as possible when they require secrets and products: volume, making it easy to move or carry, especially In terms of pen-and-sex, every manufacturer wants to reduce the volume of (4) in various ways in order to meet the needs of some customers. However, the j used to study how to make the internal volume of the notebook 1 & small , work H change, and even increase the function, electricity = work of the material is allowed to call the purpose, but the cost of the mail f method is quite high. For example, the laptop module in the notebook computer can be used to lock the body in a closed state, and the motion is smooth. Therefore, in the manufacture, almost every cost is used to design a mold for production, and the time required for the second and more flower decoration process must also increase; The more the ^, the 々 notebook type electric space becomes smaller. As a result, in the inner hours of the body, the internal space of the interlocking body is more and more bellows, and the related parts must be read in the same way as 201240566 i iuiHj.1 W 37883twf.doc/n Thin size manufacturing, which further deepens the difficulty of parts manufacturing and assembly. SUMMARY OF THE INVENTION The present invention provides a component composition. The electronic device, the latch module thereof, has a relatively simple embodiment of the present invention. The electronic I has a relative 'two=module, and the electronic latching module is disposed at the first (four), the first body and the second body. M m D* Λ. ^ body, and in the first body relative to the first machine: when: ?:: piece, including - pressing member, = latching member along the - second (10) H body and pressing the piece On the linkage. Abut against the latch. (4) Phase phase: m body, and the linkage member rotates relative to the first body, so that m moves relative to the first body in the second axial direction. An embodiment of the invention provides an electronic device comprising a first body and opening relative to the first body. The bolt lock mold = the soil loading machine - and the bolt lock module includes - press two: two sets, the first body, the - machine ΐ t is set in the first body. The linkage is pivoted to the body' and the domain member abuts against the ram. Tie the f if body ' the swaying piece against the lock. Relatively; the body moves along the first-axis direction to rotate relative to the first body, and the linkage latching member=== 4 201240566 110145.TW37883twf.d〇c/n The body moves in the second axial direction. In an embodiment of the present invention, the above-mentioned _ linkage portion and the body and the 机ί :: body are connected to opposite sides of the body such that: a linkage portion and a second linkage portion: The body rotates. The pressing member abuts the first-link 1 relative to the latch. Le-linking parts. ΐ ΐ 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二The rotation stroke is less than that of the latching member. In one embodiment of the present invention, the movement stroke of the plug body is greater than the moving member of the pressing member (4) in the first body - the first solid towel, the upper member and the shaft , set and reduce the second hook. The rod slides along the second axis.抵 The abutting portion is disposed on the rod body and is disposed on the rod body and protrudes from the first body against the second hook. Based on the above, in the above embodiment of the present invention, the latching module disposed in the body locks or unlocks the body, and the user can apply the force of the user to the mutual force of the movable member. Lock or unlock the lock. In this way, it is easier and smoother, and the electronic device that can keep the electronic device moving toward the second and second while maintaining its movement process is designed to be lighter. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; [Embodiment] FIG. 1 is a schematic diagram of an electronic device according to an embodiment of the present invention. 2 is a partial schematic view of the electronic device of FIG. 1 with a portion of the housing removed. "Monthly, when referring to FIG. 1 and FIG. 2, in the embodiment, the electronic device 1 is, for example, a notebook computer, which includes a first body that can be opened to each other, such as a host, and a The second body 120 (for example, a screen) and a plug group 130, wherein the latch module 130 is disposed in the first body 11〇 and the member passes through and protrudes out of the first body nG to allow the user to The first body 11〇 is shackled with the second body (10) or the first body m and the second body 12G are unlocked from each other to be deployed. ^ 3疋 A partial enlarged view of the electronic device of FIG. 2. Referring to the drawings, p6, 3', in the present embodiment, the latch module 130 includes abutting against each other, a fitting member 132, a linking member 134, and a latching member 136. The I/press member 132 is movably disposed in the first direction R1 along the -first axis L1. The linking member 134 is pivoted to the first body 110 and rotated relative to the first body 110 in a rotational direction. The latching member 136 is disposed in the first body 11G along a second shaft and the second body, and partially protrudes from the second button to latch the second body 120. The linkages 134 are respectively located between the forge member 132 and the latch member 136. Therefore, when the user applies the force on the pressing member 132 to move it along the first axis 6 201240566 I10145.TW37883twf.doc/n, the pressing member 132 will drive the linking member i34 to rotate. Then, the _ linkage 134 will drive the field member 136 along the second axial direction L2 ==; __ of the second body 12°. Butterfly: Not limited to this, any use of = two 'axial L2' but the transmission of the present invention, there are non-parallel movements (four) between the members of the = and the = = = by a linear movement 134 ' In order to allow the user to change the pressing member 132 to the moving axial direction of the (four) member 136. In other words, the effect of the transmission can be achieved by the simple components of the two-two-hundred 30 hunting, and the function of the first body is latched and unlocked by the 13-inch group. Between the I and the 〇, the present invention has a lower achievable movement, and the pressing of the mortise member 132 and the latching member 136 is performed to unlock the second body 120. It is not limited to this, that is, the interlocking relationship and action of the above components, so that the latching module 13 〇 produces the effect of checking the lock on the second body 12 。. ★ Ψ °月 = when referring to Fig. 2 and Fig. 3' In detail, the pressing member 132 has a plurality of bodies 110 and a pressing portion 132. The position is in the first body ”=疒-abutment portion 132b. Furthermore, the orthographic projection area of the first abutting portion 132b on the second normal plane is larger than the orthographic projection area of the portion 132a on the plane, that is, the w 37883 twf exposed outside the first body ιι. The doc/n 201240566 pressing portion 132a has a sectional area larger than a wearing area of the first abutting portion 13213 which is located in the first body 11A and abuts against the linking member 134. In this way, the user can easily and labor-savingly apply the force on the pressing portion 132a to move the first abutting portion 132b. Furthermore, in order to press the pressing portion 132a, the first abutting portion 132b can smoothly drive the linking member 134 along the first axial direction L1, and the first body 11b has a guide extending along the first axial direction L1. Lead ιΐ2. Thus, the first conviction portion 132b can move relative to the first body 110 along the guiding portion 112, and the offset between the pressing portion 132& and the first abutting portion 132b can be avoided. Furthermore, the linking member 134 has a body 134a and a first-coupling portion 134b and a second linking portion H body 134a on opposite sides of the body 134 pivotally connected to the first body 110 such that the first-linking portion 134M The second interlocking portion 134c rotates relative to the first body 11''. The first abutting portion 132b of the pressing member 13 abuts against the first linking portion 13. Accordingly, when the first abutting portion 132b moves along the first axial direction L1, the first moving portion 134b can be rotated relative to the first body 11A in the rotational direction R1. Further, the latch member 136 includes a rod body 136a and a second abutment portion = 6b, wherein the rod body 136a is slidably disposed in the first machine = 11 沿 in the second axial direction u. The second abutting portion 136b is fixed on the rod body and is coupled to the second interlocking portion (10) of the U4. It is worth mentioning that the linkage 134 is substantially a -1 member, the body 134a is located at the corner of the L-shaped member, and the first-coupling portion 134b and the second linkage portion 13 are respectively oriented in different directions from the body 13 Two arms that extend. Therefore, the interlocking member 134 which is oscillated in the rotational direction is moved in the second axial direction L2 by the second interlocking portion 13 such as the driving of the second abutment portion 136b and the lever body 136a. At this point, the latch module 130 accomplishes the transmission between the two different axial directions LI, L2 by means of the members 132, 134 and 136 described above. In addition, the first linking portion 134b and the second linking portion 134c are respectively located on two different planes, that is, in the embodiment, the pressing member and the first linking portion 134b are located on a plane, and the latching member is The second interlocking portion 134c is located on the other plane. Here, the two distinct planes refer to different heights with respect to the bottom of the first body 110. This allows the pressing member 132 and the latching member 136 having different moving axes to be coupled to the linking member 134 at the same time and displaced from each other, thereby effectively reducing the volume occupied by the latching module 13 in the Π0. Referring to FIG. 1 and FIG. 2 again, the latching member 136 further has a pair of hooks (four) on opposite sides of the fixed body, and protrudes from the first and the outside, and the second body 12G has a corresponding hook. A sample card is held or disengaged from the buckle hole 122 as the rod body 136a moves relative to the first machine 110 to achieve the effect of the second body 120. ^ 'Negative or unlocked' In the present embodiment, since the first linking portion 134b - the length of the interlocking portion 134c', the moving stroke of the latching member 136 110 is larger than that of the pressing member 132; In other words, the user can cause the latch 136 to move with a shorter distance = (four) 132' - the longer push pusher = 0 can achieve the latch or unlock the second effect by a small force. And make the user less effort. 37883 twf.doc/n 201240566 w of the upset 120. In the above embodiment of the present invention, the electronic device is latched or unlocked by a loose lock module disposed in the body, and the component of the latch module is simple. The binding member and the rotating member are matched with each other, and the user's force can be transmitted to the recording and locking member. So read the simple (four) way to achieve the lock or solution _ effect, and (4) turn its action process _ smooth, so that the electronic device can be designed to light and thin trend, although the financial invention has been implemented as exposed above, but it is limited It is stated that any person who has the usual knowledge in the technical field can make some changes and refinements without departing from the spirit and scope of the private, so the scope of the application is limited to the scope of the patent application. The definition is subject to change. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of an electronic device in accordance with an embodiment of the present invention. FIG. 2 is a partial enlarged view of the electronic device of FIG. 1 after the partial housing is removed. FIG. [Description of main component symbols] 100: electronic device 110: first body 112: guiding portion 12: second body 122: buttonhole 130: latching module 132: pressing member 132a: pressing portion 132b: first abutting Portion 134: linkage member 201240566 110145.TW 37883twf.doc/n 134a: body 136b 134b: first linkage portion 136c 134c: second linkage portion LI: 136: latch member L2: 136a: rod body R1: : second arrival Reach: hook, first axial, second axial direction of rotation 11